So, a lot more work is required so that this technology becomes efficient, applicable and widely accepted.
The justification of this paper is to apply the Chebyshev exponential method for efficient applicable in unbounded domains with steady state property ((u infty)=mathit{constant})), i.e., the solution to be regular at ∞.
As this property is required for describing phase behavior and the design of separation unit operations, an efficient, applicable and reliable method which can predict it is of great importance, especially for compounds where there are no experimental data available.
The presence of micro pollutants (e.g. biphenyls, detergents, dyes, fertilizers, greases, hydrocarbons, oils, pharmaceuticals, personal care products, pesticides, plasticizers, phenols, and surfactants) in aqua system has prompted the development of efficient, applicable, and affordable technologies, in particular, in remote, low-income communities.
To better understand the underlying genetic mechanisms of evolutionary adaptations and biodiversity, a highly efficient applicable system for non-model organisms would be highly in demand for evolutionary and ecological studies.
For our observationally based method we rely on a geostatistical analysis of ground observations of PM2.5 concentrations because of the relatively large number of monitoring stations providing accurate measurements across the U.S. By combining methods like LUR and BME we can create a model that is numerically efficient, applicable and interpretable over a large domain size.
This, in turn, means that a distinct systems theory must be developed for them, which can then be translated into efficient routinely applicable controller design algorithms for applications domains.
This, in turn, means that a distinct systems theory must be developed for them, which can then be translated (if appropriate) into efficient routinely applicable controller design algorithms for applications domains.
Even though each Fog deployment has a different set of security requirements, applications and sensitivity, the following subsections provide a comprehensive, efficient and applicable security solutions, which are gathered and tested on various systems.
Among these techniques sorption is the efficient, easily applicable and economical one.
Existing equations for steel bar embedded in normal concrete are not efficient and applicable for SCC.
